Bissoy.com
Doctors Medicines MCQs Q&A

What is a collinear system of forces for free body diagrams?

What is a collinear system of forces for free body diagrams? Correct Answer The force system having all the forces emerging from a single point

The force system having all the forces emerging from a point is called the collinear system of force. This is a type of system of the force, which is easy in the simplification. This is because as the forces are the vector quantity, the vector math is applied and the simplification is done.

Related Questions

Just like the collinear forces for free body diagrams there are collinear couple and the net moment is taken out from it.
Just like the collinear force system for free body diagrams there is a system of the parallel forces.
In the screw collinear forces act, what is a collinear system of forces?
The system of forces acting on the aircraft are propulsive forces, aerodynamic forces, gravitational forces and these result in inertial forces.
The system of the collinear and the parallel force in free body diagrams are simplified as _________
Just like the collinear forces, there are collinear couple and the net moment is taken out from it.
The couple is simplified easily by the help of right hand rule in free body diagrams. But the forces simplification is not possible as there is no such system of rules so that the forces can be simplified.
In a group of 50 students who either want to join defence forces or paramilitary forces, out of which 40 students want to join defence forces and 30 want to join paramilitary forces. Find the number of students who want to join only defence forces.
Which of the following types of inter molecular interactions or forces is/are called van der Waals forces? 1. London forces 2. Dipole - dipole forces 3. Dipole - induced dipole forces 4. Hydrogen bonding Choose the correct code:
There are no free body diagram used in the calculations of the forces at the supports and at the joints. Because the free body diagrams of a machines are so hard to be made.